Abstract
AbstractThe stepwise growth and emergence of spherulitic structures as isolated entities from lyotropic solutions of polybenzylglutamate liquid crystals is described. Spherulites that form ringed internal structures indicative of a cholesteric organization of macromolecules have large optical rotatory powers. The sense of the rotation is solvent dependent. The morphology of the spherulite is distorted in the presence of a magnetic field. The pitch of the cumulative twist of “onion‐shell” molecular layers was measured as a function of field strength and found to follow the theoretical form shown previously to hold for continuous‐phase polypeptide liquid crystals.
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